Infleqtion’s Dana Anderson Elected to National Academy of Engineering

Infleqtion Founder & Chief Science Officer Dr. Dana Anderson has been elected to the National Academy of Engineering, a prestigious honor recognizing his groundbreaking contributions to optical quantum engineering of ultracold atoms. This induction acknowledges Dr. Anderson’s pivotal work in harnessing the power of these atoms to build advanced quantum systems, pushing the boundaries of technological control. “I am honored to be a member of this year’s National Academy of Engineering class,” said Dr. Anderson, “Election to the NAE is one of the highest professional honors, and being recognized for my work in optical quantum engineering with ultracold atoms is deeply meaningful.” Founded in 1964, the NAE’s recognition of Anderson highlights Infleqtion’s position as a leader in developing quantum computers, sensors, and software for a range of applications.

Dana Anderson Elected to National Academy of Engineering

A breakthrough in controlling atoms has earned Infleqtion’s Dana Anderson a place among the nation’s highest engineering honors. The National Academy of Engineering (NAE) has recognized Dr. This distinction places Anderson amongst a select group of individuals acknowledged for exceptional contributions to engineering, impacting areas from business to government research. Founded in 1964, the NAE represents the pinnacle of professional recognition for engineers in the United States, and membership is reserved for those demonstrating significant impact through their work. Anderson’s election isn’t simply an acknowledgement of past achievements; it signals the growing maturity of atom-based quantum technology.

Infleqtion, where Anderson serves as Founder and Chief Science Officer, is at the forefront of developing commercial applications leveraging the unique properties of these ultracold atoms. These aren’t the atoms of everyday experience, but those cooled to temperatures near absolute zero, allowing for unprecedented control over their quantum states.

This precise control is the key to building highly sensitive sensors and powerful quantum computers, exceeding the capabilities of classical systems. “Ultracold atoms let us build quantum systems with a level of control that used to be out of reach but now that control will drive the next wave of technology innovation,” Anderson stated, highlighting the transformative potential of his work. The impact of Anderson’s research extends beyond theoretical advancements, evidenced by his prolific publication record of over 100 scientific papers.

He is also recognized as a Fellow of both the American Physical Society and the Optical Society of America, further demonstrating the breadth and depth of his expertise. Prior accolades include a Sloan Foundation Fellowship, a Humboldt Senior Research Award, and the Colorado Governor’s CO-Labs award, recognizing high-impact research leading to foundational technology development. He also received the Willie E. Lamb Award for pioneering work in the foundations of atomtronics.

Matt Kinsella, Chief Executive Officer of Infleqtion, emphasized the significance of this honor, stating, “Dana’s election to the National Academy of Engineering is a tremendous honor and a powerful affirmation of the scientific foundation behind Infleqtion.” Kinsella further described Anderson as “the rare kind of founder who is also a true scientific driver committed to the potential of atoms and relentless about turning that belief into working systems.” Infleqtion’s portfolio includes quantum computers, quantum RF systems, quantum clocks, and inertial navigation solutions, all built upon the principles Anderson has championed. He will be formally inducted into the NAE at a ceremony in October, alongside the Academy’s Annual Meeting.

Infleqtion’s Technology Focus: Ultracold Atom Quantum Systems

Infleqtion is pioneering a distinctly material approach to quantum technology, focusing on the manipulation of ultracold atoms to build the next generation of sensors and computers—a field rapidly evolving beyond superconducting and trapped ion methodologies. The company designs and builds quantum computers, precision sensors, and quantum software, serving a diverse clientele including governments, enterprises, and research institutions. This commitment to atom-based systems isn’t merely a technological preference, but a strategic bet on achieving greater control and scalability in quantum information processing.

The core of Infleqtion’s innovation lies in harnessing the unique properties of atoms cooled to temperatures just above absolute zero. These ultracold atoms allow for the construction of quantum systems with a precision previously unattainable, enabling unprecedented levels of control over quantum states. Dana Anderson, Founder and Chief Science Officer at Infleqtion. This level of control is crucial for building stable and reliable qubits – the fundamental building blocks of quantum computers – and for developing highly sensitive sensors capable of detecting minute changes in gravity, magnetic fields, and time.

Infleqtion’s technology is positioned as a partner of choice for organizations seeking cutting-edge quantum capabilities, suggesting a growing demand for these advanced systems. Infleqtion’s ambitions extend beyond simply building quantum hardware; the company is actively developing the software and algorithms necessary to unlock the full potential of its atom-based quantum computers. This holistic approach, combining hardware and software expertise, is seen as essential for translating quantum research into practical solutions. Furthermore, the scientific foundation underpinning Infleqtion’s work has garnered significant recognition, most notably with Dr.

This acknowledgement isn’t solely about past accomplishments; it highlights the potential for continued innovation in optical quantum engineering of ultracold atoms. Dr. Lamb Award, underscore a sustained commitment to pushing the boundaries of quantum science.

Infleqtion & Churchill Capital Corp X Merger Details

Infleqtion, a company rapidly establishing itself as a key player in the burgeoning field of quantum technology, is poised for a significant shift with its planned merger with Churchill Capital Corp X (NASDAQ: CCCX). This move towards becoming a publicly traded entity follows a recent announcement in September 2025, signaling a strategic push to accelerate development and deployment of its quantum capabilities. Infleqtion’s portfolio already encompasses quantum computers alongside quantum RF systems, clocks, and inertial navigation solutions, demonstrating a breadth of application beyond theoretical research. The timing of this merger coincides with a major professional accolade for Infleqtion’s scientific leadership.

Founder and Chief Science Officer, Dr. Details surrounding the merger, formalized through a registration statement on Form S-4 filed with the SEC and declared effective on January 23, 2026, were disseminated to shareholders of both Infleqtion and Churchill X as of January 13, 2026. The company acknowledges that forward-looking statements regarding market opportunity and financial projections are subject to inherent risks and uncertainties, as detailed in filings with the Securities and Exchange Commission. Dana’s leadership has helped move quantum technology from the lab toward reality, and this recognition is a fitting tribute to his vision and to the team bringing scalable quantum solutions into real-world use.”